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Install OsiriX as a PACS server

Multiple Modalities, a PACS Server, and multiple PACS Clients (PACS Workstations / DICOM Viewers) To build our PACS network, we will use OsiriX (always use the last available version!), as the DICOM viewer, and as the PACS server. Set-up Hardware. For the PACS Server: choose a MacPro with 4TB of storage to store up to 25 millions of CT images. Miele LXIV is a free DICOM viewer for Mac operating systems. It has advanced features including MPR, MIP, volume rendering, and image fusion. In addition, it also allows 4D viewing of cardiac CTs. It is PACS-integrated and can send and receive files from a PACS database. McKesson Radiology Station ™ Troubleshooting Guide. This guide is valid for McKesson Radiology ™ 12.2 service pack and expansion pack releases. The following sections describe how to troubleshoot messages that may be displayed while you are installing, upgrading, or starting McKesson. Note: User groups and permissions for your site are managed in the McKesson Radiology PACS Admin ™ application. The McKesson Radiology ™ user name and/or password you entered is incorrect. Type the name and/or password again, and then click Login. Mckesson Viewer Download; Mckesson Viewer Download. Helping to deliver quality patient care with Bay Ridge Medical Imaging Now offering a zero-footprint clinical reference viewer from McKesson Whether you’re a radiologist, referring physician or sub-specialty clinician, ultra-portable and increasingly functional tablet devices are perfect for viewing images and associated reports for.

What is PACS server?

A PACS (Picture Archiving and Communication System) server is a computer for the short- and long-term storage, retrieval, management, distribution and presentation of medical images. Medical equipment can automatically store the medical images on the PACS server. Other computers, equipped with OsiriX, can store and retrieve images directly from the PACS server.
You can use OsiriX as a PACS server with these benefits:

Based on OsiriX DICOM engine and Database (SQLite) engine
Unlimited number of simultaneous clients
Manage your PACS through OsiriX GUI
Fully compatible with Mac hardware and software
Fully compatible with DICOM protocol (C-Move, C-Store, C-Find, C-Get, WADO)
Seamless integration with any DICOM viewers, through the DICOM protocol
Web access through built-in web server, built-in HTML5 viewer compatible with any OS
Expansion: write your own plugins to extend the integration with any protocols/systems, including EMR, RIS or HIS.

Introduction

Typically a PACS network consists of a central PACS server which stores a database containing the images, and of multiple clients that can retrieve and display these images on medical imaging software. The images are stored in DICOM format. The modalities (MRI, CT, PET, Ultrasounds, …) send the images to the PACS Server by using a DICOM “push” (DICOM C-Store). The server and the clients communicates by using the DICOM protocol (DICOM C-Store, WADO or Query & Retrieve). The clients display the images by using a medical imaging software: a DICOM viewer.

Each computer in a DICOM network are identified by their network address (IP address), a communication port (TCP/IP port) and a name (AETitle): each computer is a DICOM Node in the DICOM network. IP address, TCP/IP port number and AETitle is the information required to connect each DICOM Node to the DICOM network. These informations can be found in the Preferences > Listener window in OsiriX.

Hence, to build a PACS, you need:

A PACS Server: a computer with a lot of hard disk space and a PACS Server software. The PACS Server software needs to be robust, working flawlessly 24/7, with a powerful database engine, capable of storing millions of DICOM images.
PACS Clients: computers with a DICOM viewer software, like OsiriX. These PACS Clients can query and retrieve the DICOM images from the PACS server, by using the DICOM network protocol (DICOM C-Move, C-Store, C-Get, C-Find, WADO, …).

The important qualities of a DICOM viewer are:

Fast transferring time (only limited by the network bandwidth)
Fast loading time to be able to load and browse 1’000 images in less than few seconds
Complete DICOM protocol supports to handle all different types of DICOM images
Powerfull 2D imaging functions to analyze the images (ROIs, window levels, zooming, ….)
3D post-processing functions to view the datasets in volume rendering, MPR or MIP
Image fusion support to multi-modal modalities like PET-CT, PET-MR, SPECT-CT studies

PACS Network architecture (Q&R = DICOM Query & Retrieve protocol):
Multiple Modalities, a PACS Server, and multiple PACS Clients (PACS Workstations / DICOM Viewers)

To build our PACS network, we will use OsiriX (always use the last available version!), as the DICOM viewer, and as the PACS server.

Set-up

Hardware

For the PACS Server: choose a MacPro with 4TB of storage to store up to 25 millions of CT images. We highly recommend a RAID system: for example, you can install 4 identical hard disks in the MacPro, and format them as a RAID 5 system. You’ll have faster performances, and a more secure system (no data are lost if a drive fails). You can also use an external RAID system, connected through FireWire or Thunderbolt for best performances (Promise VTrak, Promise Pegasus, LaCie RAID towers).
For the PACS Clients: choose iMac or MacPro, depending if you need to do 3D post-processing or only 2D viewing. If needed, connect a Medical monitors (Totoku, Eizo, …). A SSD is highly recommended for best performances when loading the images. Select at least 8GB of RAM.
Build your network on a 1GB or faster Ethernet hardware. Select high performances active routers.

Software

For the PACS Server: we will use OsiriX MD with specific settings.
For the PACS Clients: we use OsiriX MD.

Set-up of OsiriX as a PACS server

Use OsiriX MD for best performances, and unlimited performances.
We want to be sure that your PACS server will be also running:

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In OS X preferences, activate automatic restart after a power failure (Energy Server, Power tab, “Start up automatically after a power failure”)
In OS X preferences, select automatic log-in (Users & Groups, Login Options, Automatic login)
We want to be sure OsiriX is always running (after a computer restart or crash). We will create a LaunchAgent file. You can uses Lingon to easily create an always-up setting (select At Login and Keep running).
We want to be sure OsiriX is always responsive (Spinning Beach Ball of Death). We will install a small software running as a different process: it will test if OsiriX is alive and responsive. It uses the built-in Web server and the XML-RPC interfaces of OsiriX to send tests to the database: hence be sure to activate them in OsiriX preferences. If OsiriX doesn’t answer to the requests, this software will kill OsiriX, allowing it to restart (thanks to the LaunchAgent settings). For the Web server address, use “http(s)://localhost:XXXX/testdbalive”, and for the XML-RPC interface, use “http(s):localhost:XXXX”. This software is available here. (Be sure that this software is always running by creating a LaunchAgent for it – see previous paragraph).
Activate the “Server mode” in OsiriX. This mode will hide the GUI, and OsiriX will never present a blocking window to the user (nobody will look at the server monitor to click the “OK” button…). Go to OsiriX Preferences > Listener, Server mode.

Set-up OsiriX as a PACS Client (DICOM Viewer)

To be able to Send or Retrieve an exam from/to your new PACS Server, you need to declare it on each PACS Clients:
Run OsiriX, select Preferences > Locations and add your DICOM PACS Server informations (upper table):

There are several protocols for a DICOM viewer to retrieve images from a PACS server (OsiriX is compatible with all these protocols):

C-MOVE. This protocol REQUIRES to declare each DICOM viewer on the PACS server (see below). Most DICOM viewers are compatible with this protocol.
C-GET. This protocol doesn’t require to declare the DICOM viewer on the PACS server. Only few DICOM viewers support this protocol.
WADO. This protocol doesn’t require to declare the DICOM viewer on the PACS server. Only few DICOM viewers support this protocol. This protocol is extremely fast when using OsiriX as a DICOM viewer or a PACS server. We highly recommend to use it, if possible.

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Add PACS Clients (DICOM Nodes) on your PACS Server, if needed (C-MOVE protocol): You can find the DICOM Node informations of your OsiriX workstation in the Preferences > Listener window.

Exchange images between OsiriX PACS server and OsiriX clients

If you want to retrieve specific studies from your PACS server, you can now open the Query & Retrieve window in OsiriX:
Select the source, enter a patient’s name and click Query.

You can also send new studies from OsiriX to the PACS Server by using the DICOM Send function of OsiriX.

Conclusion

You just created and installed a complete PACS Network: PACS Server and PACS Workstations. To go further, you can now deploy the OsiriX built-in Web server or the PACS On-Demand features:

Problems? Support?

Are you looking for a 24/7 experts support to manage your PACS network and your OsiriX workstations?
Check our partners area.

The application for uploading/viewing outside CD's is called LifeIMAGE. The application provides a solution for viewing external CDs/DVDs brought in from non-Continuum and outside institutions. LifeIMAGE is a web based application that will act as a repository for external CDs that would allow any clinician to view the prior studies for any patient record. The application provides an easy to use Flash based viewer that displays the imported studies regardless of the embedded viewer or format that is inherent to the CD.

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A clinician may drop off a CD at your office/fileroom for one of the following reasons:

1. Verbal Consultation

2. Comparison with current study

3. Consult or full interpretation

Please note: for all 3 reasons the clinician or other staff should be directed to the fileroom so they can fill out the outside submission form and start the process.

# 1 involves only uploading into LifeIMAGE. The physician office sends the CD to the Radiology Department File Room using the Outside Submission form, selects Exam Not sent to PACS: Verbal consultation by Radiologist on LifeIMAGE. Radiology library staff uploads into LifeIMAGE and notifies the Radiologist that the study is ready to review with the clinician.

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#2 involves uploading to LifeIMAGE and pushing/nominating to McKesson PACS. The physician office sends the CD to the Radiology Department using the online Outside Submission form, selects Exam sent to PACS: To be compared with a current Continuum exam. Radiology staff uploads into LifeIMAGE, pushes study to McKesson PACS and notifies the Radiologist that the study is ready to compare or it will already be in the patient's study jacket when the new study comes in.

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#3 involves uploading to LifeIMAGE and pushing/nominating to McKesson PACS. The physician office sends the CD to the Radiology Department using the Outside Submission form, selects Exam sent to PACS: Separate report generated. Staff uploads into LifeIMAGE, pushes study to McKesson PACS, and notifies the Radiologist that the study is ready for interpretation.

The application can be accessed via http://lifeimage.chpnet.org . The username/password combination is the same as your McKesson/Outlook account. When you login to the application, you can upload Cd's, view studies in your inbox, share CD's, and view CD's shared with you.

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Hospital policy and HIPPA regulations require that every examination in PACS has a dictated report. Therefore, it is very important that the above process is followed so we can be in compliance with this policy. The ability to upload directly into McKesson will soon be disabled and LifeIMAGE will become our repository for outside CD's. The application is very user friendly and here is a link to a very informative 3 ½ minute video tutorial available at http://lifeimage.chpnet.org/inbox/static/public/help/